David I. Poston

发表

KRUSTY Test Results

David I. Poston, 2018 .

Development of NASA's Small Fission Power System for Science and Human Exploration

Lee S. Mason, David I. Poston, Marc A. Gibson, 2015 .

Fission-based electric propulsion for interstellar precursor missions

Ronald J. Lipinski, Michael G. Houts, David I. Poston, 1999 .

A Small Fission Power System for NASA Planetary Science Missions

Lee S. Mason, Michael G. Houts, Ryan D. Bechtel, 2011 .

Design Concept for a Nuclear Reactor-Powered Mars Rover

Ronald J. Lipinski, David I. Poston, John O. Elliott, 2003 .

Reactor Power for Large Displacement Autonomous Underwater Vehicles

David I. Poston, Patrick Ray Mcclure, Robert S. Reid, 2015 .

Reduced-Enrichment, Fast-Spectrum Lunar/Mars Surface Reactors

David I. Poston, Thomas F. Marcille, Richard J. Kapernick, 2006 .

FRINK - A Code to Evaluate Space Reactor Transients

David D. Dixon, David I. Poston, Thomas F. Marcille, 2007 .

Nuclear and thermal analysis of the heatpipe power and bimodal systems

Michael G. Houts, David I. Poston, 1995 .

Reference Reactor Module for the Affordable Fission Surface Power System

David D. Dixon, David I. Poston, Thomas F. Marcille, 2008 .

Small fission power systems for Mars

Ronald J. Lipinski, David I. Poston, Steven A. Wright, 2002 .

Analysis of the SAFE-30 resistance-heated test data

David I. Poston, Robert S. Reid, Lee B. Van Duyn, 2002 .

The Heatpipe Power System (HPS) for Mars outpose and manned Mars missions

David I. Poston, Robert S. Reid, Stewart L. Voit, 2001 .

NASA's Kilopower reactor development and the path to higher power missions

Steven R. Oleson, David I. Poston, Marc A. Gibson, 2017, 2017 IEEE Aerospace Conference.

HPS: A space fission power system suitable for near-term, low-cost lunar and planetary bases

Michael G. Houts, David I. Poston, William A. Ranken, 1996 .

Design and Test Plans for a Non-Nuclear Fission Power System Technology Demonstration Unit

Lee S. Mason, Michael G. Houts, David I. Poston, 2013 .

A Summary of NASA Architecture Studies Utilizing Fission Surface Power Technology

Lee S. Mason, David I. Poston, 2010 .

Heatpipe space power and propulsion systems

Michael G. Houts, David I. Poston, William A. Ranken, 1995 .

Phase 1 space fission propulsion system testing and development progress

Mike Houts, Ricky Dickens, David I. Poston, 2001 .

NEP for a Kuiper Belt Object Rendezvous Mission

Ronald J. Lipinski, Michael G. Houts, David I. Poston, 1999 .

A Stainless-Steel, Uranium-Dioxide, Potassium-Heatpipe-Cooled Surface Reactor

David I. Poston, Richard J. Kapernick, Benjamin W. Amiri, 2006 .

Terrestrial applications of the heatpipe power system

Michael G. Houts, David I. Poston, 1997 .

Heatpipe power system and heatpipe bimodal system development status

Michael G. Houts, William J. Emrich, David I. Poston, 1997 .

Kilopower, NASA's Small Fission Power System for Science and Human Exploration

Lee S. Mason, David I. Poston, Marc A. Gibson, 2014 .

Heatpipe power system and heatpipe bimodal system design and development options

Michael G. Houts, William J. Emrich, David I. Poston, 1997 .

Exploring the ocean of Europa: Reactor or RHU?

David I. Poston, Andrei Belooussov, 2001 .

Low mass radiation shielding for Martian surface power reactors

David I. Poston, Steven Alan Wright, 2002 .

Design of a nuclear-powered rover for lunar or Martian exploration

Ronald J. Lipinski, R. Trautner, Michael G. Houts, 1998 .

KRUSTY Reactor Design

Thomas J. Godfroy, David I. Poston, Patrick R. McClure, 2020 .

The feasibility of near-term low-cost space nuclear power

Michael G. Houts, David I. Poston, Nikolai N. Ponomarev‐Stepnoi, 1999 .

First Generation Least Expensive Approach to Fission (FiGLEAF) Testing Results

Mike Houts, Ricky Dickens, George R. Schmidt, 2000 .

NEPTranS; A Shuttle‐Tended NEP Interplanetary Transportation System

Ronald J. Lipinski, David I. Poston, John O. Elliott, 2003 .

Ongoing Space Nuclear Systems Development in the United States

Lee S. Mason, Michael G. Houts, Shannon M. Bragg-Sitton, 2011 .

Small fission power systems for NEP

Ronald J. Lipinski, David I. Poston, Steven A. Wright, 2002 .

PID Control Effectiveness for Surface Reactor Concepts

David D. Dixon, David I. Poston, David D. Dixon, 2007 .

Design Options to Reduce Development Cost of First Generation Surface Reactors

David I. Poston, Thomas F. Marcille, 2006 .

Reference reactor module for NASA's lunar surface fission power system

David D. Dixon, David I. Poston, James E. Werner, 2009 .

Hyperion Power Module, Safety and Operational Features for Reactor Operations

David I. Poston, Patrick Ray Mcclure, Richard J. Kapernick, 2010 .

A neutronic study of the open-cycle gas core nuclear

David I. Poston, Terry Kammash, 1994 .

Preliminary benchmarking of Monteburns: A Monte Carlo burnup code

David I. Poston, H. R. Trellue, 1999 .

A 100‐kWt NaK‐Cooled Space Reactor Concept for an Early‐Flight Mission

David I. Poston, 2003 .

The Impact of Mission Performance Requirements on the Development of an Early‐Flight Space Fission Reactor

David I. Poston, 2003 .

Mission Concept for a Nuclear Reactor‐Powered Mars Cryobot Lander

Ronald J. Lipinski, David I. Poston, John O. Elliott, 2003 .

The Heatpipe-Operated Mars Exploration Reactor (HOMER)

David I. Poston, D. Poston, 2000 .

Kilopower - Powering a NASA Mission to Mars, Frontiers in Science Public Lecture Series

David I. Poston, Patrick Ray Mcclure, 2018 .

Development status of the heatpipe power and bimodal systems

Michael G. Houts, William J. Emrich, David I. Poston, 1999 .

Design of megawatt power level heat pipe reactors

David I. Poston, Patrick Ray Mcclure, Venkateswara Rao Dasari, 2015 .

Kilopower Project: The KRUSTY Fission Power Experiment and Potential Missions

Lee S. Mason, David I. Poston, Patrick R. McClure, 2020, Nuclear Technology.

Design of a heatpipe-cooled Mars-surface fission reactor

Ronald J. Lipinski, David I. Poston, Steven A. Wright, 2002 .

System Concepts for Affordable Fission Surface Power

Lee S. Mason, David I. Poston, Louis Qualls, 2008 .

Experimental Demonstration of a Heat Pipe–Stirling Engine Nuclear Reactor

Lee S. Mason, David I. Poston, Marc A. Gibson, 2014 .

Development Progress in Phase 1 Fission Propulsion Systems

Michael G. Houts, Ricky Dickens, James Martin, 2000 .

A Comparison of Fast‐Spectrum and Moderated Space Fission Reactors

David I. Poston, 2005 .

Modeling and Analysis of the BUK/BES-5 Fast Reactor Using MCNP

David I. Poston, Patrick Ray Mcclure, Nicholas Hunter Whitman, 2015 .

Space Fission Propulsion Testing and Development Progress. Phase 1

Mike Houts, Ricky Dickens, Melissa VanDyke, 2001 .

Alert‐derivative bimodal space power and propulsion systems

Michael G. Houts, David I. Poston, R. T. Perry, 1995 .

Nuclear safety calculations for heatpipe power system reactors

David I. Poston, 2002 .

Design and analysis of the SAFE-400 space fission reactor

David I. Poston, Richard J. Kapernick, Ray M. Guffee, 2002 .

Testing and Development Progress for the Safe Affordable Fission Engine (SAFE) Testing Series in the High Power Propulsion Thermal Simulator (HPPTS) at Marshall Space Flight Center

Mike Houts, Ricky Dickens, David I. Poston, 2002 .

KiloPower Project - KRUSTY Experiment Nuclear Design

David I. Poston, Patrick Ray Mcclure, Rene Sanchez, 2015 .

Nuclear Thermal Propulsion: Benefits and Challenges

David I. Poston, D. Poston, 2021 .

Nuclear Thermal Propulsion: Technology Options

David I. Poston, D. Poston, 2021 .

Space Fission Power: Benefits and Challenges

David I. Poston, D. Poston, 2021 .

Planetary surface reactor shielding using indigenous materials

Ronald J. Lipinski, Michael G. Houts, Holly R. Trellue, 1999 .

Results of the KRUSTY Warm Critical Experiments

David I. Poston, Patrick R. McClure, Marc A. Gibson, 2020 .

Burnup calculations for the HOMER-15 and SAFE-300 reactors

David I. Poston, Benjamin W. Amiri, D. Poston, 2002 .

Comparison of Reactor Technologies and Designs for Lunar/Martian Surface Reactor Applications

David I. Poston, Thomas F. Marcille, Richard J. Kapernick, 2006 .

Design of a 25‐kWe Surface Reactor System Based on SNAP Reactor Technologies

David I. Poston, Richard J. Kapernick, David D. Dixon, 2006 .

The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Ground Test Results and Lessons Learned

David I. Poston, Marc A. Gibson, Patrick McClure, 2018, 2018 International Energy Conversion Engineering Conference.

The Use of Non Destructive Assay Measurements to Estimate Burnup and Plutonium Inventory in Pressurized Water Reactor Spent Fuel Assemblies

Stephen J Tobin, Holly R. Trellue, David I. Poston, 2013 .

High-Thrust-High-Specific Impulse Gasdynamic Fusion Propulsion System

David I. Poston, Terry Kammash, Myoung-Jae Lee, 1997 .

Water and Regolith Shielding for Surface Reactor Missions

David I. Poston, Brian J. Ade, Pratap Sadasivan, 2006 .

Heat Transport and Power Conversion of the Kilopower Reactor Test

Thomas J. Godfroy, David I. Poston, Patrick R. McClure, 2020 .

Effect of Neutron Absorbers Mixed in or Coating the Fuel of a 1-MWt Lithium-Cooled Space Reactor

David I. Poston, Benjamin W. Amiri, D. Poston, 2005 .

Results of the KRUSTY Nuclear System Test

David I. Poston, Patrick R. McClure, Marc A. Gibson, 2020 .

Thermal-Structural Design of a Water Shield For Surface Reactor Missions

David I. Poston, Richard J. Kapernick, Pratap Sadasivan, 2006 .